This question is related to the analysis of a series RLC circuit. First use S-domain to analyse the circuit find the requisite voltage around the resistor and then using inverse laplace transform convert it into time domain.
12. Given: VT 20 V Xi-300 Ω R-350 Ω Find LT 0(supply voltage and current) ETEC12 Test 3 P 5 12. Given: VT 20 V Xi-300 Ω R-350 Ω Find LT 0(supply voltage and current) ETEC12 Test 3 P 5
Question 1. Consider the LT system described by the differential equation d2y(t) Determine the system's impulse response h(t) by using the impulse matching method. No other method is accepted
Determine which of the following set of vectors are orthogonal. 20 -201 20 V = (13)= 0 20 20 20 20 V only U only Neither U and V
ico (0) 2.000 Assumptions: 1. v.() is 1 V for 20 and 0 V for <0. (a) (15 points) Determine the second order differential equation associated with te(t). (b) (10 points) Let L and C be 1 Hand 1 F respective and we is 1 rad/s. If R is 19, what Ra should be used in order to achieve a critically damped response?
3. You are given a system transfer function belowl 20 points): 100 (1 +0.001 je) TF(a) a. Convert TF(o) to transfer function H (s) of the system in polynomial ratio form. Draw a Bode plot using Matlab statements: tf and bode. List two commands to plot Bode chart. b. There are two cutoff frequencies at low and high from the poles. Estimate lower cut off frequencies (from 40 dB to 37db) from the Bode plot using "data cursor" icon in...
Byty 4) (20 pts) Use the Cauchy-Riemann Equations to determine if the following functions are analytic or I a) f(x) = e* (cosy + 1) + je*siny not. +
QUESTION 1 +20 V a. Determine the mathematical expression for Ay b. Calculate Zi, Zo and Av for the given network. /oss = 9mA Zi 10 M2 QUESTION 1 +20 V a. Determine the mathematical expression for Ay b. Calculate Zi, Zo and Av for the given network. /oss = 9mA Zi 10 M2
(3) Determine Vx and i using superposition. * Santorov 12 A (1) 3 ) 20 V (4) Find Isc for the following circuit. Vx 35 4V 2Vx/3 33 Isc
QUESTION 1 +20 V a. Determine the mathematical expression for Av. b. Calculate Zi, Zo and Av for the given network. p-4.5 V i 10ΜΩ QUESTION 3 a. Design a voltage-divider amplifier such that AvNL > 350, Zo 7 kQ, Zin> 1 k2. Use a silicon transistor with r0-80 kQ, β-120 and a power supply of 20 V. b. Draw the diagram of the circuit you have designed. QUESTION 1 +20 V a. Determine the mathematical expression for Av. b....
Determine voltages v, to v in the circuit under DC conditions 2 6Ω 02 20 μF 3Ω 18 2 40 V(+ 4 2